The invention relates to a novel energy-saving suspension clamp and belongs to the circuit armour clamp field. The suspension clamp comprises a suspension clamp main body, a pressing cover, a U-shapedbolt, an energy-saving aluminum hanging plate and a U-shaped hanging plate; a wire is arranged in a manner that the wire passes through the suspension clamp main body and the pressing cover; the suspension clamp main body is fixedly connected with the pressing cover through the U-shaped bolt; the energy-saving aluminum hanging plate is fixedly connected with the suspension clamp main body througha fastener; and the U-shaped hanging plate is connected with the energy-saving aluminum hanging plate through a fastener. According to the novel energy-saving suspension clamp of the invention, the connecting part of the suspension armour clamp is provided with two aluminum alloy components made of non-magnetic materials, namely, the pressing cover and the energy-saving aluminum hanging plate, and therefore, when overhead lines operate in an energized manner, the pressing cover and the energy-saving aluminum hanging plate do not generate or generate little electromagnetic induction, and thus,electric energy loss caused by electromagnetic induction during the operation of the U-shaped hanging plate can be decreased, and the problem of energy loss of an existing suspension clamp during operation can be solved, and energy saving and environmental protection can be realized. The novel energy-saving suspension clamp can be widely applied to overhead line designs of various voltage levelsand the installation and construction field.